CN102792322B - Utilize the Visual Information Organization & of the geographical spatial data be associated - Google Patents

Abstract

In a kind of method of organizational information, multiple enriched data project is accessed.These enriched data projects are relevant to physical location.Accessed enriched data project at least comprises a non-visualized data project and a visual image data items, also comprises the geographical spatial data be associated with each accessed data items.According to data type to enriched data items analyzing, and be stored in data-carrier store by them, like this, each enriched data project can be accessed by one or more geographical spatial data associated with it.Process the enriched data project be associated with described physical location, to create the displayable integrated image of web browser.Such process occurs as to the response received about the request of physical location.Integrated image comprises the integrated of at least two enriched data projects be stored.

Description

Utilize the Visual Information Organization & of the geographical spatial data be associated

U.S.'s related application

This application claims the application number submitted on September 30th, 2009 is 61/247,399, agency's Docket Number is TRMB-A2649.PRO, title is " ConnectedCommunity ", the right of priority transferring the possession of the U.S. Provisional Patent Application giving assignee of the present invention, its by reference entirety be incorporated to herein.

Background technology

Situation about being much managed or bear comprises a large amount of information.On the one hand, large-scale situation may comprise such as Large scale construction project, response activity, reactivate.Some examples of Large scale construction project comprise builds bridge or tier building.Some examples of response activity comprise the response to disaster scenarios it, as fire, lasting flood, lasting hurricane and the army continued or police/fire-fighting operation.In resuming work after the cleaning after some examples of disaster recovery activity are included in extensive leakage of oil or hurricane, wind spout, earthquake or other disasteies, to the coordination of each mechanism, enterprise, media, staff and volunteer.

In addition, on the other hand, in the information age, even small-scale situation all can comprise bulk information.Small-scale situation may comprise, except other item, and the less version of above-described project/activity.An example of undersize item is small-scale new project, as built a house.Another example of undersize item is that small-scale infrastructure improves project, as avenue resurfacing.An example of small-sized activity is social or public place of entertainment, as wedding or concert out of doors.The small-sized example reactivated can be included in the area in rural area, the clearance activity after derail.

Except out of Memory, an either large or small situation, may comprise: government permission set up or running data and/or government concerned checks, the information of report or emergency reaction; Finance and budget data; From the data about situation (such as, design drawing) of slip-stick artist; Owner, client or other to the interested litigant of situation to the request of data; The data of the situation that site overseer sends; From the data of the worker participated among situation; The related data of the equipment used; About the alarm of situation; Environmental data (such as, weather); The data of personnel; Process data; Event data; Situation diary/notebook data.

Following the tracks of the relevant information of one or more situations, can be a complicated job.And these information are normally diversified, and from multiple source.This means, in order to use information, may need several data form and access method (that is, software application), like this, the task of effectively utilizing information becomes complicated.In the whole cycle that situation exists, involved different entities may need different information, but what information does not always know when what entity will be put in advance needs.Due to these factors, a large amount of information about situation can become and is difficult to management, access and utilizes, thus cause store and/or the information that pieces together hastily for those need information for make a policy or the people of other purposes is invalid, be not particularly useful.

Accompanying drawing explanation

Be incorporated to the application and form the application's part accompanying drawings that show embodiments of the invention, and together with the description to embodiment, for the explanation of the principle to embodiments of the invention.Unless otherwise indicated, the accompanying drawing mentioned in Brief Description Of Drawings should be understood to not draw in proportion.

Fig. 1 provides the general introduction of the example for the visualization organization concept in the event-driven process that makes decisions to situation according to an embodiment.

Fig. 2 is the structural drawing of the example of visualization organization system according to an embodiment.

Fig. 3 is the structural drawing of the multiple enriched data projects shown according to one or more embodiment.

Fig. 4 A to Fig. 4 K show according to one or more embodiment can be accessed the several independent example of enriched data project in a relevant geographic position.

Fig. 5 A and Fig. 5 B show more pretreated example results of the one or more enriched data projects relevant to physical location according to some embodiments.

Fig. 6 A to Fig. 6 G shows some examples of the integrated image that can be produced by visualization organization system according to some embodiments.

Fig. 7 is the process flow diagram of the example of the method for organizational information according to some embodiments.

Fig. 8 is the process flow diagram being shown the example of the method for enriched data project by web browser intuitively according to an embodiment.

Fig. 9 shows the example of a request generator user interface according to an embodiment.

Figure 10 shows the structural drawing of the example of the computer system performing various embodiment of the present invention.

Summary of the invention

Generally speaking, the Visual Information Organization & utilizing the geographical spatial data be associated is disclosed herein.

Embodiment

Referring now to various embodiment shown in the drawings, example.Although will be described present subject matter in conjunction with these embodiments, it is to be appreciated that they are not intended to present subject matter to be limited to these embodiments.On the contrary, at this, description of theme is intended to contain the alternatives be contained in spirit and scope of the invention, amendment and equivalent.In certain embodiments, electronic computing device described herein, unit and element all or part of, by the realization such as combination of the combination of such as hardware, hardware and firmware, hardware and computer executable instructions.And in the following description, the many concrete details of detailed ground explain, think the understanding that present subject matter provides thorough.But some embodiments can be carried out when not having these details.In other cases, known method, program, object and circuit are not described in detail, to avoid each side unnecessarily obscuring present subject matter.

Symbol and term

Unless specifically stated otherwise, otherwise obviously from discussion below, be understandable that in this instructions running through embodiment, utilize such as " reception ", " parsing ", " storage ", " process ", " pre-service ", " provide ", " comprise ", " association ", " generation ", " access ", " association ", " preparation ", " combination ", " transmission ", the discussion of terms such as " displays " refers to action and the process of computer system or such as similar electronic computing device (or its any part), but be not limited to following one or more or a certain combination: visualization organization system, request generator, internet coupling computing equipment, and computer server.Electronic computing device is by being expressed as Data Control that physics (electronics) measures and being converted to other data being expressed as physical quantity similarly in the processor of electronic computing device, register and/or storer, and other such information that these other data are positioned at electronic computing device storer, register and/or this electronic computing device or other (multiple) electronic equipment stores, process, transmit and/or display unit.Under the control of computer-readable instruction, electronic computing device can perform the operation of one or more method described herein.

General introduction is discussed

This document describes for utilizing the technology of geographical spatial data organizational information, the example of system and method that are associated.Discussing and start from the vocabulary of the term that selected this paper frequently uses, then entering the high-level description of Visual Information Organization & concept for relating to situation.High-level description is the understanding in order to list some examples, and these examples how to be used to organize the information of interesting cases about visualization organization system according to an embodiment of the invention, realizes the perception of situation with assisting users.Subsequently, example and the element thereof of visualization organization system is described.Discussion continues to describe some examples, these examples can receive about visualization organization system and can be processed into one or more integrated, by the enriched data project of web browser display.Discuss some preconditioning technique that can be used by some embodiments and examples subsequently.Describe the several exemplary integrated image generated by visualization organization system subsequently.Also describe operation and the element thereof of visualization organization system subsequently, and the exemplary method of Various Tissues information and shown the exemplary method of enriched data project by web browser visually.Finally describe a computer system example, utilize or by this system, various different system, element and/or method (or part wherein) can be realized.

Selected glossary of term

This vocabulary provides the term that much selected this paper frequently uses.

" actual building status (as-built) ".The term " actual building status " used herein typically refer to some time points existing or the in esse situation of ongoing destination item (measurement result, position, feature, etc.) or state, its may with the plan/design situation of this destination item or state different.Except other event, actual building status data can comprise image, measurement result, drawing, and these reflect destination item (such as, structure) actual building status situation sometime.It is different that actual building status data items can highlight between the design of destination item and the actual construction of destination item.Such as, may slightly move between the design of the position coordinates of ground and actual building status, and this points out by actual building status figure.

" data items (dataitem) ".The term " data items " used herein refers to data unit or digital document.Data items electronicly from an electronic equipment to another electronic equipment, and can be able to be stored on computer readable medium.Data items can exist according to different classes of file layout/data structure, and can rise in or produce from multiple different source.For this reason, herein the data items of many different-formats and/or separate sources is called " enriched data project (diversedataitem) ".

" design (design) ".The term " design " used herein or " actual design (as-designed) " refer to architectural and/or engineering science design, as devised and drawn the blueprint or computer-aided design (CAD) (CAD) file etc., they refer to buildings, structure or civil engineering work and other design.

" geocoding ".The term " geocoding " used herein represents that a project is associated with geographic coordinate (such as, describe by latitude and longitude, the height above sea level sometimes by relatively plane is described).Geographic Information System generally includes geocoding file/data.The field that geo-code data can be used as one group of data and/or the metadata be associated with data or file comprise.Such as, digital image file can add the mark (" GEOGRAPHICAL INDICATION ") of the coordinate of the position of catching this digital picture in its metadata.Other data items can by similarly geocoding.

" geographical space ".The term " geographical space " used herein refers to the geodata identified about relative ground, certain place.Geographical spatial data can express the three unities on the ground, overhead or below.Geo-code data is a kind of geospatial information of form.Except geo-code data, geographical spatial data can comprise extraly or selectively: address information, zip code information, legally description (such as, county/town/scope etc.).Geographical spatial data can associate with data items, such as by being comprised in data items, be included in the data element that is associated with data items or be included in other digital document be associated with data items.

" GLONASS (Global Navigation Satellite System) " (GNSS).The term " GNSS " used herein refers to the satellite constellation that can be used for locating and/or navigating.This GNSS satellite constellation (independent one or mutual combination, be included in the scope of term GNSS), including, but not limited to: GPS (GPS), global orbiting navigation satellite system (GLONASS), compass/dipper system, Galileo system (just under development).Except other, GNSS also can comprise the additional aspect based on Ground Positioning System and other the positioning system based on artificial satellite (as differential GPS, wide area consolidation system (WAAS), Real Time Kinematic (RTK) system).

" GNSS receiver ".The term " GNSS receiver " used herein refers to the signal that receives from one or more GNSS satellite and/or additional source and uses the electronic equipment that these signals position and/or navigate.GNSS receiver can be an independent electronic equipment, or be embedded in other electronic equipment or with other electronic equipment and be coupled, other electronic equipment is such as electronic computing device, measuring equipment, tracking/reporting facility, portable phone, multimedia equipment, digital image capturing device (digital camera, digital VTR, numerical digit camera with recording device) etc.

" link ".The term " link " used herein refers to association between two data objects or contact.Equally, " the link indicator " that use herein is that show, the at user option field being connected to data items (as display image), its link indicator is shown as sensing second data items, and this second data items is associated to the first data items or relevant in some way.In many aspects, link indicator operates in an identical manner, namely as the link be embedded in webpage.

" play up ".The term used herein " is played up " and is referred to that the image conversion process of image (typically digital picture) is to make the visual display of final object or group of objects.Play up the combination describing some actions, can comprise: 1) data are translated into the form that some is known, shared; 2) automatically understand/determine details/content objective network browser capacity and make corresponding reaction; And/or 3) automatically understand/determine at the current available bandwidth of special time objective network browser and correspondingly Suitable content generation.One, multiple or all above-mentioned three kinds of actions (and/or other action) can be performed, with the request of satisfied acquisition by the given scenario of the displayable integrated image form of web browser.

Play up and can comprise use computing machine, as the rendering server of runs image processing software.Except other, play up and can be used for: be a displayable image by two or more image combining; Alphanumeric or table content is added in image or image combining; The size of adjustment image or image combining; Change the file layout of image or image combining; And add in image or image combining can display items display, as link indicator.Play up and can also comprise extraction source content (in history or current stream) and it " is played up " becoming given web browser better to process and being suitable for the form watched on this given web browser and level of detail.Play up also comprise generate flowing/flowable content, these contents can comprise one or more static image, video image, audio frequency, and/or other content.

A certain amount of programmed instruction and the decision package wherein comprised are contained in spatial cue.Such as, if source is 80MB image, and this web browser for certain user is excessive, in one embodiment, rendering server determines the zoom level relevant to web browser and screen size/resolution, and it just can provide the playing up of ability for particular network browser like this.As selection, rendering server can be selected to remove element/details from image, image stream or coloured content, thus file is reduced to the size that objective network browser can bear.Similarly, in one embodiment, if some form that the source file being rendered into integrated image is strange/privately owned web browser can not be identified (such as, CAD vector file), then rendering server determines which file type is file type that is that objective network browser can process and that become objective network browser to process strange/privately owned document format conversion automatically.

" scene (scene) ".The term " scene " used herein refer to certain appointed day/the specific view of when and where, it combines selected assets, play up.Visualization organization system described herein makes the composition of visual scene (form with the e-file of integrated image) can show the time of expectation, the relevant data in place.

" situation (situation) ".It is one or more that the term " situation " used herein refers in the various motion that can be managed, supervise or be engaged in.Some limiting examples comprise construction work, response action (such as, to the response of emergency), recover action (such as, the action of cleaning and reconstruction after such as calamity).

" web browser ".The term " web browser " used herein is the Application Program Interface of user side, and this interface can show by WWW, the Internet is from website or provide the content come via other network service a certain.According to embodiment, the use of web browser can comprise (or not comprising) web browser.In addition, be understandable that, although employ " network " this word in " web browser ", in the use of web browser, not necessarily comprise website.Web browser can realize on the miscellaneous equipments such as computing machine, personal digital assistant, smart phone, notebook, electronic reader and/or panel computer.

Visual Information Organization & is summarized

Fig. 1 provides the example overview determining the Visual Information Organization & concept of the event-driven process 110 of 130 be contained in for obtaining the situation of relating to 100 according to an embodiment.Can see, determine that 130 is results of event-driven process 110, wherein entity (as (one or more) people or (one or more) tissue) composite signal.Except other situation, determine 130 can be by entity make take action 140 decision or only point out that the understanding of entity to the event 101 of situation 100 or situation 100 has reached enough visualitys 150.Usually, improvement 130 better quality or result are had by determining of obtaining to the synthesis of available information, by notice better and/or can more promptly obtain.Can see, various factors creates the data item forming the information determining institute's foundation.Except other factors, in certain embodiments, provide the factor of the data items of interesting cases may comprise event 101, watch-dog entity 102, visual monitor device 103, Computer aided design tools 104, other data 107, notify 108, geospatial analysis 109.

Event 101 is that various types of other contains the data items generator of certain limit, it event comprised as: an equipment breaks down, the earthwork event on building site, and completing of the task of construction project, earthquake occurs, or heavy rain occurs.The generation of event 101 or do not have the foundation causing or promote various data items, then these data items can be collected by decision entity, compare, contrast, and combine with other data items.The decision entity at scene (such as, building foreman) is understandable that, even also can be defeated by enriched data project or forget some available data items.By being integrated image 125 by various enriched data project set, visualization organization system 120 assists decision entity or other entity, be reached for the effect of entity augmented reality, and make the information content can more effectively present the assessment for entity thus contribute to decision-making 130.

As a limiting examples, augmented reality can provide more information for monitoring equipment and service.Such as, service can allow to monitor the working site using various equipment.Monitor service can provide display in real time by the video of the working site of equipment used.Augmented reality can provide the information about equipment beyond video display.Such as, video may be displayed on the crane operation that building site uses.The augmented reality that integrated image 125 provides can be incorporated into the information about crane of one or more aspect to video display, comprise (but being not limited to): safeguard, entitlement, Tenancy Agreement, the age of crane, the identity of craneman, the hourage that crane has operated, current weather conditions, weather forecast, the predetermined weight that crane can lift, the weight etc. that current crane lifts.When the real-time video of display device, these information can show in real time.

Be appreciated that such augmented reality that integrated image 125 provides is not limited to equipment and working site, but can be used for other situations some.Such as integrated image 125 can be used for the normal use of monitoring bridge, road and buildings, also can be used for monitoring the Nature or other event.Described in embodiment herein, entity can select the data item be integrated, in order to form integrated image 125.

Continue with reference to Fig. 1, watch-dog entity 102 comprises sensor, this Sensor monitoring a certain specific region on the ground, or even specific project, an equipment or a machine.The output of watch-dog entity 102 is data items of monitoring, and it can comprise position data, activity data, the media in relevant monitored thing or region or measure.Such as, an equipment or a container can comprise monitoring and the device of reported position or other data (as the movable or information of use).The monitoring by watch-dog entity like this can provide data items with delay pattern, closely real-time and/or real-time mode.

Visual monitor device 103 comprises rest image about situation and video image.In certain embodiments, video image can comprise sound.

Cad tools 104 comprises for the instrument for structure or the design such as building, earth work relevant programme.Cad tools provides the data items of the figure in each orientation of such as actual design and so on.

Other data 107 for all kinds and situation or the event that relates to situation about and the data that are continuously streamed, collect or automatically report.Other data 107 can comprise several data project, and each side of these data items permission event is monitored and/or catch, and allows suitable entity to be guarded against or notified attention.An example of other data can be seismographic data in one embodiment.

Notify that 108 can comprise by the entity of the entity of an importance of a people or event or situation notice.In one embodiment, if notice seismic events in the seismic data, then, when there is earthquake in zone of responsibility, notify that 108 will be sent to specific entity (such as, fire brigade).

Geospatial analysis 109 comprises and can carry out real world (real-world) 1D, 2D, 3D and/or 4D(time component accurately as fourth dimension degree based on relevant geographic spatial information to data items) modeling, integration and/or the technology analyzed and instrument.Such as, geospatial analysis can allow the data items relevant to postcode to become the data items relevant with the geographic position in this postcode to integrate with by geocoding.

Entity may determine that the action 140 taked is based on to the knowledge be derived by caught data, and the data of catching are presented in the one or more integrated images 125 provided by visualization organization system 120 to analyze.Take action 140 determine that 130 can affect safety, profit, the scheduling of event and/or the loss of life, and other item.

But the decidable/information that can take action can be incorporated to and be presented in intelligent scene by visual 150, and like this, entity obtains situation understanding or situation understanding is passed to other entity.

Visualization organization systems paradigm

Fig. 2 is the structural drawing of visualization organization system example, and it organizes two or more to constitute multiple enriched data projects 201 of the addressable information agent be associated with particular case.Enriched data project 201 is organized by the geographical spatial data be associated with each independent data items of enriched data project 201.At this, visualization organization system 120 is alternatively called " information organizing systems " and " system ".In one embodiment, visualization organization system 120 comprises one or more data items accessor 210, data type " resolver " 220 and data-carrier store 230.In certain embodiments, visualization organization system 120 also comprises one or more pretreater 225, request receiver 240, request processor 250.

When performing the organizing of data items 201 that visualization organization system 120 receives, each element of visualization organization system 120 intercoms as required mutually.Each element of system 120 realizes by the combination of the combination of one or more hardware, hardware and software, hardware and firmware.Although as an independently system description, in certain embodiments, system 120 can be used as distributed system and realizes, and several elements of this distributed system are positioned at different location.Such as, in one embodiment, request processor 250 can comprise multiple rendering server (except other element) connected by network.

In one embodiment, data items accessor 210 operation visits the multiple enriched data projects 201 relating to a physical location.This access can comprise propelling and/or extract data items 201.That is, data items accessor 210 can operate extraction (fetching) data items 201 or receive pushed data items 201 of coming.Accessed enriched data project 201 comprises the geographical spatial data that the data items independent with each is associated.Geographical spatial data can be contained in significantly in the content of data items 201 or with data items 201 and be associated, such as, in the metadata of data items 201.Such as, a data items 201, such as a digital image file, can comprise in the metadata of image file with the geographical spatial data of the form of geocoding latitude or latitude.Equally, in certain embodiments, the creation-time (such as, date-time group) of data can be contained in the data items 201 of access.In one embodiment, the variation of the enriched data project 201 of access is owing to wherein comprising at least one non-visualized data project for geographic position (such as quantity of precipitation information or project planner information) and at least one visual image data items (digital picture such as associated with Same Physical position).

In one embodiment, data type resolver 220 operation is resolved the enriched data project 201 of any access.Resolution data project 201 is carried out based on data type; Such data type just identifiable design, so visualization organization system 120 can carry out pre-service to the data items 201 of a certain data type, or associates the process of particular type with the data items 201 of a certain type.The example of some data types comprises view data, sensing data, list data.Fig. 3 illustrates some data type examples, in various embodiments, in these data types any one or allly can be accessed by system 120.

In one embodiment, data-carrier store 230 operates the enriched data project 201 with memory access.Data-carrier store 230 can be independent memory device (the single hard disk drive on a such as computer) or large memory system (such as storage area network or some file servers).Be stored in data items 201 in data-carrier store 230 through parsing and some of them through pre-service.In one embodiment, data-carrier store 230 couples or comprises database and related data base management system, the data items 201 that the data items 201 that the storage of its assitance data project 201, search store, access store.The operation of data-carrier store 230 makes it possible to the geographical spatial data visit data project 201 according to being associated with the data items 201 stored.Therefore, the data items 201 of the storage be associated with specific geographic position or region can be accessed.In one embodiment, data-carrier store 230 and the data items 201 that is stored therein are organized as and make the data items 201 in data-carrier store 230 by longitude and/or latitude or other geospatial information (as postcode) is searched arrives.Such as, use more effective longitude and/or latitude numeral to carry out searching for the characteristic adding search, and use the search of not highly effective numeral and/or scope (as defined the coordinate of a geographic area), can hunting zone be expanded.

In one embodiment, when in the system of being contained in 120, the data type that pretreater 225 operates based on the determination for each pretreated enriched data project 201 processes one or more enriched data project 201.In certain embodiments, pretreater 225 can be a unit of request processor 250.Multiple pre-service action can be performed.Such pre-service action comprises, is not limited to: the data items of a certain type is converted to a certain file format; The geographical space content of the data items in location; Peel off the unwanted or useless content in data items; Be multiple data items by a data item dividing; Determine that the secure access relevant to data items is arranged.

Such as, in one embodiment, the data items 201 being identified as visual image data through data type resolver 220 can be sent to pretreater 225, thus can by it in being treated to file format.That is, in one embodiment, if visual image data are file layouts of the picture format of GIF(Graphic Interchange format) or other non-JPEG (joint photographic experts group) (JPEG) any, before data items 201 is stored in data-carrier store 230, visual image data are first converted to jpeg format by pretreater 225.Like this, in such embodiments, all accessed visual image data items can be stored as file format, this will simplify and/or accelerate later, may the process of the data items 201 about this data type of requested or demand.Even if do not carrying out in pretreated embodiment, based on data type parsing also permission data items 201 to the discriminating of the treatment technology that will utilize.The data items 201(such as image file of identical type) can be stored in a total part of data-carrier store 230, as being specifically designed on the file server of memory image file at one.The geographical spatial data that the data items 201 of the identical type stored by this way can be associated according to them is subsequently classified further, so just they can be carried out fetching or conducting interviews to them based on the geographic position be associated with them.

In one embodiment, when in the system of being contained in 120, request receiver 240 receives the request 241 about physical location.Request 241 is inquiries of the related data for the physical location that may be geographic place or region.In one embodiment, request 241 to receive and by being web browser, the entity of browser or user interface 290 from user, or the application program run in web browser, or other resident application program on the electronic device sends.In one embodiment, a part for request receiver 240 is the interface that the form of the webpage of accessing by user interface 290 with browsable, user exists.User inner or outside from visualization organization system 120 (as described) can start this request to the startup of request 241, and this depends on the position of user interface 290.

In one embodiment, outside startup request 241 receives by being connected with the network that request receiver 240 couples.Except specifying physical location, request 241 may specify out of Memory, the time be associated with this physical location as same or time range.Request 241 also may be specified the specific equipment associated with physical location or be asked the type of particular data (precipitation data such as, in a specific time range) clearly.Request 241 also may specify the file layout sending and reply or arrange the demand for the demand file size replied by size.Such as, if request 241 sends from the equipment of handheld device or shortage broadband connections, then can give and low resolution and/or less document size are specified to any answer of request 241.

In one embodiment, when in the system of being contained in 120, request processor 250 is taken action to the request received, and processes the enriched data project 201 relating to the physical location of specifying in request.This comprises accesses data memory 230, to fetch the multiple data items 201 relating to and specify physical location.Then, integrated at least two data items 201 of request processor 250, for making the displayable integrated image 125 of web browser.Thisly integratedly can to take as under type: create images fragment from each data items 201, then them are superposed, to produce single integrated image 125, then it can be converted into web browser can the individual files of display format (such as: jpeg file form).In certain embodiments, integrated image 125 can comprise video image.In one embodiment, request processor 250 can comprise one or more rendering server that various data type can be converted into picture format.Specific rendering server can be used for the data items 201 processing specific data type.As the response to request 241 detailed content, request processor 250 can process integrated image 125, makes it have certain file size or resolution and/or make it comprise the integrated of the particular data project 201 that request 241 specifies.In one embodiment, as described, integrated image 125 can be accessed by same user interface 290, and this interface 290 provides the specific request 241 causing the establishment of integrated image 125.In other embodiments, system 120 can store integrated image 125 and/or integrated image 125 is supplied to other the entity except raw requests entity.

The example of non-limiting data items

Fig. 3 is the structural drawing of the multiple enriched data projects 201 shown according to one or more embodiment.In one embodiment, all data items 201 comprise geographical spatial data or associated with it.The data items 201 can accessed by data items accessor 210 includes, but are not limited to: one or more geographic pattern 201-1, one or more geographical video 201-2, one or more map 201-3, non-visible sensor data 201-4, cloud data 201-5, list data 201-6, design data 201-7, actual construction data 201-8, weather data 201-9, GNSS satellite locator data 201-10 and other geographical space related data 201-n.

The digital image file that geographic pattern 201-1 can comprise geocoding or other geographical space is quoted.Some examples for the file layout of geographic pattern 201-1 comprise: jpeg file, geographical relevant jpeg file (GeoJPEG), geographical relevant tagged image format file (GeoTIFF), and other file.In certain embodiments, geographic pattern 201-1 is captured and embeds (such as in the head of digital document or other metadata of digital document) image file of GNSS information.Such as, much current digital image capturing device comprises gps receiver, and it carrys out GEOGRAPHICAL INDICATION when catching image by the coordinate of digital image capturing device and catches image.Such image file can also be had the time mark of pull-in time.Geographic pattern 201-1 also comprises that any geographical space is correlated with/annotation or the digital image file of GEOGRAPHICAL INDICATION.Such as, a people can utilize image reading apparatus scanned picture and create digital image file.Subsequently, geographic position can be associated with the digital image file of picture by he, thus creates geographic pattern 201-1.Equally, the digital image file existed, also can carry out geocoding by certain time point after it is captured, thus creates geographic pattern 201-1.One or more geographical video 201-2 similarly can carry out geocoding when it is captured or after being captured or geographical space is quoted.In addition, geographic pattern 201-1 and geographical video 201-2 can also with time correlation (such as, creation-time or pull-in time).

As the character that map is intrinsic, map 201-3 can be carried out geocoding under many circumstances and/or geographical space is quoted.In addition, map image can be quoted by geographical space indirectly, and such as height enlarged image can comprise metadata, and this metadata describes the geographic position described by map image.

Non-visible sensor data 201-4 comprises the data from non-visible sensor (such as place, sound, light, wind, rainfall amount sensor, and other sensor).Such as, non-visible sensor data 201-4 can comprise from search equipment or the locality data being embedded in the GNSS receiver in electronic equipment (as Digital Video).In another example, the data from the weather station of certain specific geographic position can provide non-visible sensor data 201-4; These data can be the forms of digital document.Having carried out to certain geographic position the digital audio frequency recording that geographical space is quoted, is also the example of a kind of non-visible sensor data 201-4.Except being associated with physical location, non-visible sensor data 201-4 can also with time correlation (such as, pull-in time).

The data items of other type more described herein; such as cloud data 201-5, list data 201-6, GNSS satellite locator data 201-10 and weather data 201-9 sometimes or even actual construction data 201-8; usually the form (such as, they are not based on image) of non-visualized data can or once in a while be adopted.In other cases, these other data types also may overlap with the classification of non-visible sensor data 201-4.

Cloud data 201-5 is by generations such as digital scanning device, Geographic Information System equipment, and these data generally provide the summit (such as: latitude, longitude, height above sea level) in one group of three-dimensional coordinate information system.Cloud data 201-5 can be original data or can be associated with the numeral highland model of destination object (such as, buildings, physical object, physical location).Cloud data 201-5 represents the structure of actual construction, can provide tolerance and the error of the actual construction of buildings or project.Cloud data 201-5 can be intrinsic geographical space or there is the geographical spatial data component be associated, time component can also be had, such as pull-in time.

List data 201-6 can comprise the entry (such as, word, numeral and/or other alphanumeric character) of the Log Types of digital document form.Word processor document, spreadsheet, project management timetable are the examples of list data.Here the list data used comprises geographical spatial data that is in this list data or that be associated with digital document.Except being associated with physical location, list data 201-6 can also join with time correlation.The associated time can be the establishment of the data file of list data or the time of amendment, or be contained in list data content time/date.

Design data 201-7 comprises design size and the error of destination object (such as buildings or project).Except being associated with physical location, owing to As time goes on may revising design data or change, so design data 201-7 also can be associated with time (such as, date-time group).Design data 201-7 can be overlapping with other classification, and can comprise the chart, pattern, image and the list data that describe the actual structure built.Design data 201-7 can be intrinsic geographical space or there is the geographical spatial data component be associated.

Actual actual construction size and the error of building data 201-8 and comprising just in building course or completed destination object (such as buildings or project).Except being associated with physical location, revising due to As time goes on data may be built to reality or changing, build data 201-8 so actual and also can be associated with time (such as, date-time group).Actual construction data 201-8 can be overlapping with other classification, can comprise the chart, pattern, image and the list data that describe the actual structure built.Actual build data 201-8 can be intrinsic geographical space or there is the geographical spatial data component be associated.

Weather data 201-9 can comprise the data of such as wind, temperature, humidity, dew point, rainfall amount, and other is for recording or forecast the weather data in a certain geographic position.Such weather data can be collected by the weather station at scene or from other source weather sources (such as weather site).Weather data 201-9 can (such as, detailed geographic coordinate or area, as postcode or cities and towns) be carried out geographical space and quoted in several ways.Except being associated with physical location, weather data 201-9 also can join with time correlation (such as, time in period group, time range, in such a month, and on such a day, etc.).

The relative position of one or more GNSS satellite that GNSS satellite position data 201-10 can comprise certain special time, see from specific geographic position.Such as, GNSS satellite position data 201-10 can be by numerous service known by us and method (such as, satellite orbit simulator or propagator) determined.These data describe or describe certain special time, when observing in certain geographic position one or more GNSS satellite on high in the position of appearance.Except being associated with physical location, GNSS satellite position data 201-10 also can be associated with time (such as, date-time group).

Other geographical space reference data 201-n, comprise data and/or the digital document of other kind do not described and type, they or intrinsic geographical space, or there is the relevant geographical spatial data component other data 201-n being linked to certain geographic position.

Fig. 4 A to Fig. 4 K show according to one or more embodiment can with regard to certain geographic position the several independent example of accessed enriched data project 201.

Fig. 4 A and Fig. 4 B shows that wall is flat to be watered design drawing 410,420(such as the CAD that (tilt-up) build 401 and scheme) visual description.Fig. 4 A is the northwest elevation drawing of tilt-up building 401, and wherein each point (such as putting 411-421) is carried out geographical space quote by according to latitude, longitude and height above sea level.Fig. 4 B is the planimetric map of tilt-up building 401, and wherein each point (such as point 412-418 and 431-435) quilt is carried out geographical space according to latitude, longitude and height above sea level and quotes.In one embodiment, the visual description of similar image data item 410 can play up acquisition from cloud data, and cloud data is from the scanning to building 401.The actual building status that the figure obtained can represent certain special time building 401 is played up like this from cloud data.

Fig. 4 C is the map 440 in Nebraska State Ao Luola (Nebraska, Aurora) city.Area 441 on map 440 indicates the region of the tilt-up building 401 that plan is built.Can understand, if satellite image is quoted (such as, marked street and/or geographic coordinate) by suitably geographical space, so satellite image just similarly can depict Ao Luola city, the Nebraska State.

Fig. 4 D illustrates the content example shown by project planner 450 that tilt-up building 401 is built.Project planner 450 can be intrinsic geographical space (such as: if coordinate or geography information openly appear in the middle of the content of user file) or have the geographical spatial data component be associated, and project planner 450 is connected to certain geographic position by it.In one embodiment, the geographical spatial data be associated can be inputted by user and save as a part for the metadata of the digital document of project planner 450.

Fig. 4 E illustrates the content example shown by weather data file 460 in the area that the postcode in Ao Luola city, the Nebraska State is 68818.The data of weather data file 460 are examples of list data 201-6, and it includes quantity of precipitation and the temperature on average of recorded every day in June, 2010.In one embodiment, weather data file 460 is spreadsheet data file.Weather data file 460 can show the history file that comes from weather station or the information from weather service.

Fig. 4 F illustrates the word content shown by website notebook record 465 of the supervisor of in June, 2010 website.This is another example of list data 201-6.By adding geographic coordinate latitude and longitude in notebook record content, the content of this record is quoted by geographical space.In one embodiment, the website notebook record 465 of the supervisor of website is the file, network log (" daily record ") etc. of the combination of a word processor file or other digital text files, text and image.

Fig. 4 G is digital picture 470, it illustrates northwest of the actual building status of tilt-up building 401 to aerial perspective figure.The image that such as image 470 is such can aloft platform (such as aircraft or crane) photographs.In one embodiment, image 470 comprises the metadata (such as, latitude, longitude, height above sea level) of the spot for photography defining image 470.Such as, this kind of metadata can point out that image 470 is taken in north latitude 40.9832 degree, 98.020 degree, west longitude, place that height above sea level 2900 feet is high.This kind of metadata also can comprise other information, the date-time group be such as associated with the shooting time of image 470, and/or relative to the compass heading in the orientation of image capture device during shooting image 470.Such as, image 470 can comprise date-time group (DTG) 20100622/1504UTC, and what it represented is image 470 is take in 3: 04 afternoon of June 22 2010 Coordinated Universal Time(UTC); And comprise the metadata of southeastern direction orientation of the imageing sensor indicating digital image capturing device.Except tilt-up building 401, also the project of many Architectural Equipments, vehicle, container and construction equipment is described.Such as, crane 486 and container 471 can be seen.

Fig. 4 H is digital picture 480, it illustrates northwest of the actual building status of tilt-up building 401 to skeleton view.In one embodiment, image 480 comprises the metadata (such as, latitude, longitude, also comprise height above sea level in some instances) of the spot for photography defining image 470.This kind of metadata also can comprise other information, the date-time group be such as associated with the shooting time of image 470, and/or relative to the compass heading in the orientation of digital image capturing device during shooting image 470.Such as, image 470 can comprise date-time group (DTG) 20100622/1504UTC, and what it represented is image 470 is take in 3: 04 afternoon of June 22 2010 Coordinated Universal Time(UTC); And comprise the metadata of southeastern direction orientation of the imageing sensor indicating digital image capturing device.Except tilt-up building 401, the project of Architectural Equipment and construction vehicle also can be seen.In one embodiment, by the digital image capturing device coupled with surveying instrument, the image of such as image 480 is caught.

Fig. 4 I illustrates the content example shown by crane operation daily record 485, and the crane 486 that this daily record works with the building site of just building 401 at tilt-up is associated.In one embodiment, crane 486 hangs assigned address for the tilt-up wall section (sections) building 401.Operation Log 485 shows the when and where of various crane operation (as lift and move).By the report of reporting facility coupled with crane 486, Operation Log 485 is followed the tracks of operation in mode once per minute.Be understandable that, comprise building equipment (such as, building equipment as dozer, ditcher, crane, grader, Dump Truck, air compressor etc.) miscellaneous equipment, also may comprise that create similar operation or trace log, additional reporting facility.Operation Log 485 according to each minute mode reporting event once, but, to event carry out higher or lower frequency report or record be also fine.

Fig. 4 J illustrates the content example shown by container tracking data logging 490, and this daily record is associated with delivery container 471.Data logging 490 comprises the information that remote tracing equipment is reported, this remote tracing equipment is such as GNSS positioning equipment, itself and container 471 couple and mutually by wireless transmission with certain time interval (such as, in response to mobile waiting with per hour, every day of sensing) reported position.In certain embodiments, other data except position data can also be reported.In one embodiment, delivery container 471 be used for storing and transport configuration tilt-up build 401 the concrete pallet of Foundation Part.The data described in data logging 490, have followed the tracks of the position of container 471 during in June, 2010 (longitude and latitude) based on sky.As shown in the figure, container 471 reaches the geographic coordinate identical with building 401 geographic coordinates on June 10th, 2010.Be understandable that there is set of metadata of similar data daily record, for recording data, these data comprise with other project (as build tilt-up build 401 the Architectural Equipment that uses and building materials) locator data that is associated.

Fig. 4 K shows synthetic image 495, and it simulates the position of the gps satellite 497 in the shooting time of image 480 and place, in the visual field that image 480 surrounds.Be understandable that, the satellite position data (such as, data items 201-10) for such image can utilize such as satellite orbit generator and projector to generate.Based on the compass heading of image-capturing apparatus during shooting image 480, and based on (such as, grade focal length) for information about of visual field during shooting image 480, synthetic image 495 can further by refinement.Such course and visual field information or be recorded in the metadata of image 480, or be provided again afterwards.Three gps satellites 497-1,497-2,497-3 in visual field, local horizon 496 have been shown in synthetic image 495.

Pre-processed results example

Fig. 5 A shows the image 510 of the pre-processed results example of the data items 201 be associated with a physical location according to one or more embodiment.Pretreatment image 510 is pretreated examples, and this pre-service can be performed by pretreater 225.As shown in pretreatment image 510, the data layout of weather data file 460 has changed into from spreadsheet type structure that one is more visual, bar graph type structure 460A.In an example, pretreatment image 510 is converted to image file, such as jpeg file, GeoJPEG file (may comprise multiple actual file), and this class file can be superimposed upon on the image from other image file as scalable ceramic tile.Be understandable that, request processor 250 can generate an image similar to image 510.But no matter be possible or reality, the pre-service of data items 201 can reduce request processor 250 to the time required for the processing procedure of some requests 241.

Fig. 5 B illustrates the pretreated result of carrying out multiple enriched data project 201 in order to create report 520 according to an embodiment, and this report 520 lists the multiple enriched data projects 201 be associated with physical location.Fig. 5 B illustrates the content shown by report 520, and this report 520 lists the geographical spatial data contents of a project (limiting by geographic coordinate, postcode or alternate manner) of the physical location being applicable to Ao Luola town, the Nebraska State.Report 520 lists all data items 201 in Fig. 4 A to Fig. 4 K.Report 520 is classified to geographical spatial data by " type " and " project number ", but also can use other reporting format.In one embodiment, when asking the report of geo-code data project 201, the data items 201 of all geocoding file layouts will be listed in report.The geocoding file layout that some are not included comprises: DXF(computer aided design software use GIF(Graphic Interchange format)), DWG(computer aided design software use another kind of drawing format), KML(keyhole markup language, a kind of based on XML language pattern, for describing geographical annotation and showing on the existing or two-dimensional map based on the Internet in the future and three-dimensional earth browser), GeoTIFF, GeoJPEG.In addition, some jpeg files can comprise geographic coordinate in of its a metadata field.Be understandable that, request processor 250 generates a report can to report 520.

The pre-service of the data items 201 of other type a lot of can realize in various different embodiment.Like this, pretreatment image 510 and report 520 only show two kinds of possible pre-processed results.Pre-service also can comprise: the multiple accessed enriched data project 201 of different types of data is combined as individual digit file by pretreater 225, and it is closely similar that its mode and request processor 250 generate integrated image 125.Such as, with reference to figure 6A, in one embodiment, pretreater 225 can have and data items 480 and 495 is combined into a digital document (such as, jpeg file, GeoJPEG file or other image file), only leave request processor 250 for further integrated data project 410.

Integrated image example

Fig. 6 A to Fig. 6 G shows the example of some the non-limiting integrated images 125 that can be generated by visualization organization system 120 according to one or more embodiment.Be understandable that, the combination of data items 201 integrated in specific integrated image 125, the characteristic of data items 201 that be the physical location of specifying in this request based on request 241 and relating at least in part, that can obtain in data-carrier store 230.Like this, except shown in Fig. 6 A to Fig. 6 G, based on the exemplary data items shown in Fig. 4 A to Fig. 4 K, other arrangement of integrated image 125 is also possible.

Fig. 6 A shows integrated image 125-1, and it is integrated with design data, actual construction data and gps satellite locator data.According to an embodiment, as to about tilt-up building 401 physical location request 241(such as, request about the state on June 23) response, request processor 250 is visit data project 410,480 and 495 from data-carrier store 230, and they are integrated.Such as, request processor 250 can adjust the opacity (opacity) of data items 410 and/or 480, thus realizes the overlap of content when not making content viewable fuzzy.In addition, request processor 250 uses one or more technology (coupling of such as characteristic matching and embedded coordinate) accurately to arrange feature in integrated enriched data project.In one embodiment, these actions can have been come by the rendering server of request processor 250.Like this, the horizontal line 496 of data items 495 just aligns with the level of approximation line in the middle of data items 480, and the point of tilt-up building 401 aligns between data items 410 and data items 480.Like this, the integrated content therefore creating shown integrated image 125-1 of enriched data project 410,480 and 495.After data items (410, the 480 and 495) alignment of component, request processor 250 is to being integrated into independent, a displayable digital image file of web browser (such as, jpeg file, GeoJPEG file or other image file) data items play up.

Integrated image 125-1, by the visual contrast of the superposition between design and actual building status, shows the progress of tilt-up building 401.Integrated image 125-1 also show: for measurement object, when taking image 480, locator data from satellite 497-1 and 497-3 is unobstructed, but from satellite 497-2 locator data then may because photographed data project 480 time satellite 497-2 be in tilt-up building 401 behind and/or any in same place/measurement that occurs of time but have shade or ambiguous.Such understanding makes the data from satellite 497-2 to be removed in the end processing sequences to measurement result or other geographic position result.

Fig. 6 B shows integrated image 125-2, and it is integrated with project planner with pointing to together with the linking of each enriched data project.As shown in Figure 6B, integrated image 125-2 and data items 450(i.e. project planner) closely similar.But, along DAY timeline integrated be the link indicator " NB ", " P1 " and " P2 " that are connected to the data items be associated with the specific date.As shown in the figure, link indicator is drawing pin shape, but other or alternative link indicator shape or design be also operable.Some link indicator can associate with the data items of some type (by resolving the type determined).Such as, asterisk can represent connection trace data, pushes pin and can represent the image of connection, and books can represent the link to text.Multiple packaged in advance link indicator and/or at user option link indicator can be used to herein in this way, to annotate geospatial information in integrated image or its link.

Integrated image 125-2 illustrates the project planner in June, 2010 simply, and shows and other data available project be associated with physical location of specifying in the request 241 causing integrated image 125-2 to generate.Other data available project is that the mode by describing the temporal information be associated with other data items visually presents.According to an embodiment, in response to about the request 241 of schedule table and the physical location based on tilt-up building 401, request processor 250 stores visit data project 450,465,470 and 480 230 from data, and they are integrated.Such as, request processor 250 has superposed link indicator NB at the place on June 10 of date line, is consistent with the metadata in the 10 days June in 2010 with data items 465; Request processor 250 superposes link indicator P1, to be consistent with the date-time group being associated with data items 470; Request processor 250 has superposed link indicator P2, to be consistent with the date-time group being associated with data items 480.Superposing link indicator NB, after P1 and P2, request processor 250 is played up the data items that will be integrated into an independently digital image file (such as: jpeg file, GeoJPEG file or other image file).This independent digital image file can be shown by web browser, and provide hyperlink and other link, thus allow user to select link indicator (NB, P1, P2 etc.), show on web browser to make the data items relevant to user-selected link indicator.

Fig. 6 C shows integrated image 125-3, it by the visual description of a data items with point to the link of other data items various together with Map Integration.As shown in Figure 6 C, integrated image 125-3 is the enlarged icon in the region 441 of data items 440, and it is the map of the physical location of tilt-up building 401.Being superimposed upon, map area 441 is the floor plan design of the data items 430 drawn in proportion and link indicator " NB ", " P2 ", " W " and " CTD ", and these indicators are all connected to the data items be associated with the specific physical location of map area 441.As shown in the figure, link indicator NB and P2 is figure spike, and link indicator W is the shape of the sun and cloud, and CTD is star-shaped for link indicator.Described by having before link indicator NB and P2.The availability of the container trace data 490 of link indicator CTD presenting set vanning 471, it can be connected by the selection of optional connection CTD.Link indicator W represents the availability of the weather data 460 of this physical location, and it can be connected by the selection of optional connection W.As previously discussed, that can use other or the interchangeable shape for link indicator or design.

Integrated image 125-3 illustrates the map that the tilt-up built builds the physical location at 401 places simply.Meanwhile, integrated image 125-3 also show other three data available projects (by link indicator), and these three data items are associated with the physical location of specifying in the request 241 causing integrated image 125-2 to generate.According to an embodiment, the request 241 causing integrated image 125-3 to generate is that user inputs, to amplify the region 441 of map 440 shown in user interface 290.As the response to the request 241 about map area 441, request processor 250 is visit data project 450,465,470 and 480 from data-carrier store 230, and carries out integrated to them.Such as, request processor 250 accesses also locator data project 420 subsequently; Request processor 250 at certain physical location superposition link indicator NB of map area 441, the notebook record of this physical location and data items 465(website supervisor) physical location metadata consistent; Request processor 250 superposes link indicator P2, to build skeleton view with data items 480(northwest to reality) physical location metadata reach consistent; Request processor 250 superposes link indicator CTD, with data items 490(container trace data) physical location metadata be consistent.After having superposed data items 430 and interlocking item NB, P2 and CTD, request processor 250 has been played up the data items being integrated into independent digital image file (such as, jpeg file, GeoJPEG file, or other image file).This independent digital image file shows by web browser, and provide hyperlink and other link to allow user to select link indicator (NB, P2, CTD etc.), be shown on web browser to make the data items be associated with selected link indicator.

Fig. 6 D shows integrated image 125-4, and the description of map and a pretreated data items and the connection of pointing to another pretreated data items to be carried out integrated by it.As shown in Figure 6 D, integrated image 125-4 is the description of data items 440, and it is the map of the physical location of tilt-up building 401.Report 520 is shown as link indicator " R " attachable project.Be superimposed upon on map 440 for preprocessed data project 510, it describes the form data of data items 460 by the mode of histogram 460A.

Integrated image 125-4 illustrates the map of the physical location of Ao Luola simply, and it has superposed the quantity of precipitation information in the June, 2010 indicated by figure.According to an embodiment, as the response to request 241, system 120 processes to create integrated image 125-4:A to following data items) about the available geo spatial information of the physical location of the Ao Luola of the Nebraska State; B) in June, 2010, the physical location Nebraska State, the quantity of precipitation of Ao Luola.Request processor 250 visit data project 440 also carries out pre-service to data items 510 and 520, and carries out integrated to them.Such as, request processor 250 is accessed and in a superimposed manner in the data items 440(Nebraska State, the map of Ao Luola) upper location preprocessed data project 510.This can comprise the operation that request processor 250 pairs of pre-service project datas 510 and/or data items 440 carry out convergent-divergent, and these two kinds of data items are all visual like this, and are presented on well in integrated image 125-4.This also can comprise request processor 250 and change the color of data items 440 and/or preprocessed data project 510, contrast, opacity or other picture quality.In order to provide the connection selected to report 520 to user, also superpose link indicator " R " with the form of rectangle report.Having superposed data items 440, preprocessed data project 510 after containing link indicator R, request indicator 250 has been played up the data items being integrated into an independent digital image file (such as: jpeg file, GeoJPEG file or other image file).This independent digital image file can be shown by web browser, and provide hyperlink or other link, thus allow user to select link indicator (such as connecting R), to make to show the data items be associated with user-selected link indicator in a web browser.

Similar information can be applied and/or be connected in other the data of requested (available and addressable).In addition, user can ask more detailed information, such as certain physical location or the quantity of precipitation information in the specific time period more specifically.Fig. 6 E shows the integrated image as generating the response of asking more specifically.

Fig. 6 E shows integrated image 125-5, and it is integrated with the image of actual formation (as-built) and the description to a data items and the link indicator for another project.As illustrated in fig. 6e, integrated image 125-5 is that northwest of the actual formation of data items 470(is to aerial perspective figure) description, its be integrated with date/precipitation data subset 460B and container trace data 490.What map 440 superposed is preprocessed data project 510, it is described that data items 460 form date/the subset 460B of quantity of precipitation information.

According to an embodiment, the container trace data of physical location of 401 and the reply of the request 241 of precipitation information is built as to 16-22 day in June, 2010, tilt-up, request processor 250 visit data project 470 and data items 460, and they are integrated into integrated image 125-5.In one embodiment, the access of the combination of these data items (460,470,490) stores availability in 230 and their metadata based on them in data, and this metadata meets the time of request and the constraint condition of physical location simultaneously.Such as, request processor 250 visit data project 460 and extract weather data subset 460B(2010 16-22 in June day date/precipitation information), then in a superimposed manner subset 460B is placed in data items 470.This can comprise request processor 250 couples of subset 460B and/or data items 470 carries out convergent-divergent, is all visual to make the two and is presented on well in integrated image 125-5.This also can comprise request processor 250 and change the color of data items 470 and/or data subset 460B, contrast, opacity or other picture quality.Starlike link indicator CTD is also positioned the associated physical location (noting, close to delivery container 471) described by its metadata by request processor 250.After having superposed the subset 460B of data items 470 and extraction and located link indicator CTD, request processor 250 is played up the data items that will be integrated into an independent digital image file (such as, jpeg file, GeoJPEG file or other image file) that can show in a web browser.Be understandable that, similar information can be superimposed on the information of other requested (and available), such as temperature survey.As previously described, in one embodiment, user can select link indicator CTD(such as, controlled by cursor or other selection technique), bottom data project to provide data items 490(to be associated with link indicator CTD) displayable image, make it in the upper display of user interface (as web browser).

Fig. 6 F shows integrated image 125-6, and it is integrated with design data, actual construction data and are remaining items planning data.According to an embodiment, as the physical location to relevant tilt-up building 401 request 241(such as, request about the state on June 23) response, request processor 250 is visit data project 410,450,480 from data-carrier store 230, and they are integrated.Fig. 6 F is similar to Fig. 6 A, has superposed except are remaining items planning data 650A except instead of satellite position data.Enriched data project 410 and 480 and project plan data 450A's is integrated, creates the content shown by integrated image 125-6.In alignment component data project (410,480) and after having superposed project plan data 450A, request processor 250 is played up the data items that will be integrated into a digital image file (such as, jpeg file, GeoJPEG file or other image file) that is independent, that can be shown by web browser.

Fig. 6 G shows integrated image 125-7, and it is integrated with map datum, non-visible sensor data and design data.In integrated image 125-7, be presented in map area 441 to the planimetric map spatiality of the path of crane 486 610 and data items 430.There is shown path starting point " B " and terminal " E ", they and Operation Log (as crane operation daily record 485(Fig. 4 I) or similar daily record) in the concrete time consistent.The execution of some acts/operations, such as, lift, and marks in path 610 with stain.Be understandable that, moveable for other, to have recorded position data (being service data sometimes) delivery vehicle or assets, can illustrate its path similarly.In some instances, some operation (such as " lift ", " excavation " or " dumping ") can be recorded in Operation Log, thus can annotate with carrying out spatiality these operations in some manner in integrated image and/or path.

Using method example

With reference to Fig. 7 and Fig. 8, process flow diagram 700 and 800 shows the example for the step in various embodiment.Process flow diagram 700 and 800 comprises multiple process and operation, and these processes and operation are all under the control of computer-readable and computer executable instructions, are controlled by one or more processor (such as, the processor 1006 of Figure 10).Be understandable that, in certain embodiments, one or more processor can be in different physical locations or electronic equipment/computing system.Such as, computer-readable and computer executable instructions are present in solid data memory device, such as volatile memory, nonvolatile memory and/or data storage cell (such as, see 1008,1010 and 1012 in Figure 10).Computer-readable and computer executable instructions also can be present in any entity computer readable medium, such as hard disk drive, floppy disk, tape, CD, digital multi-purpose disk etc.In certain embodiments, computer readable storage medium is non-transitory.The computer-readable in computer readable storage medium and computer executable instructions can be present in, one or more assemblies of such as visualization organization system 120, the electronic computing device of user or its user circle interface and/or one or more processor 1006 can be worked in coordination with to carry out control and management.When being performed by one or more computer system or a part wherein (such as processor), computer-readable instruction can impel one or more computer operating system to perform the operation of method as described in process flow diagram 700 and 800.

Although disclose specific process in process flow diagram 700 and 800, these processes are only examples.That is, embodiment is very suitable for the modification performing other various operation or the operation described in process flow diagram 700 and 800.Similarly, in certain embodiments, the operation in process flow diagram 700 and 800 to perform from presented different order, can not be that all operations described in process flow diagram all can be performed, and/or may increase one or more operation in addition.

The method example of organizational information

Fig. 7 is the process flow diagram 700 of the method example of organizational information according to various embodiment.The operation of the method for process flow diagram 700 for convenience of explanation, will quote the key element in Fig. 1 to Fig. 6 G.In certain embodiments, the method for process flow diagram 700 describes use and the operational order of visualization organization system 120.

In one embodiment, in operation 710, access multiple enriched data project.In one embodiment, multiple enriched data project accessed by data items memory access 210.Accessed enriched data project 201 is relevant to a physical location.Accessed enriched data project 201 comprises the geographical spatial data be associated with each independent data items in multiple enriched data project 201.In certain embodiments, one or more accessed data items 201 comprises creation-time information, and this information is accessed by data items memory access 210.Creation-time data can be the data of such as date-time group, it or a part for the interior perhaps metadata of data items 201, or the other file be associated with data items 201.In one embodiment, multiple accessed enriched data project 201 at least comprises a non-visualized data project (such as, 201-4,201-5,201-6,201-10) and visual image data items is (such as, 201-1,201-2,201-3 etc.), but also can comprise the data items 201. of other type

Fig. 3 and before about the discussion that Fig. 3 presents, presents dissimilar, can be accessed data items 201 in a large number.Such as, except other type, below the data items 201 of these types can be presented in accessed data items: geographic pattern 201-1, geographical video 201-2, map 201-3, non-visible sensor data 201-4, cloud data 201-5, list data 201-6, design data 201-7, actual construction data 201-8, weather data 201-9, GNSS satellite position data 201-10, and the data 201-n that other geographical space is relevant.Be understandable that, data items 201 can have numerous sources.In certain embodiments, because electronic equipment has multi-functional, so an independent electronic equipment can provide polytype data items 201.Such as, digital image capture device can comprise positioning function (such as, GPS location) and voice record function.This kind of image-capturing apparatus can provide geographic pattern and geographical video, also can provide non-visible sensor data (being only such as position data or the audio recording data having marked physical location) simultaneously.About positioning equipment, this kind equipment can provide 2D or the 3D coordinate of the one or more points be associated with physical location and/or destination object physically.

In one embodiment, in operation 720, by data type, accessed multiple enriched data projects 201 are resolved.In one embodiment, data type resolver 220 completes Data Analysis.By data type, data items 201 is resolved, make visualization organization system 120 can determine that suitable application program and/or utility routine are opened or control various electronic data file between process and/or pre-treatment period, and determine which (if any) metadata is associated with enriched data project 201.

In one embodiment, in operation 725, the method for process flow diagram 700 also comprises carries out pre-service to one or more enriched data project 201.In one embodiment, pretreater 225 realizes such pre-service.Pretreated character and whether carry out pre-service usually (but not always) based on the data type of the determination of each enriched data project 201.Multiple pre-service action can be performed, and some routine words are described by having before.Such pre-service action includes, but are not limited to: the data items 201 of particular type is converted into a certain active file form; The geographical space content of locator data project 201; Remove content unwanted or useless in data items 201; Can for dissimilar by two or more data items 201() be combined as an independent digital document; A data items 201 is decomposed into multiple data item 201; Determine that the secure access that will be associated with data items 201 is arranged.

In one embodiment, in operation 730, accessed enriched data project 201 is stored in data-carrier store.In one embodiment, data-carrier store 230 is exactly the place storing this data items 201.Complete in the example of preprocessing process at some, data items 201 only with its pretreated storage of versions, or can store with its original (accessed) version and pretreated version.The storage of enriched data project 201 makes them can be accessed by one or more geographical spatial data element be associated, and these elements are all associated with each enriched data project 201 be stored.Therefore, in one embodiment, by one or more parts of the coordinate that is associated with data items 201 or geographical spatial data, data items 201 can be conducted interviews.Such as, the data items 201 in data-carrier store 230, that can pass through longitude, latitude portion (such as, significant figure) or longitude and latitude portion is combined into line search and access.Equally, such data items 201, also can be searched for by the geographical spatial data (such as county, state, town, and/or postcode) be associated of other type.So, can search for from data storage area 230, find, access the one or more projects be associated with one group of coordinate.

In one embodiment, in operation 740, process the enriched data project 201 relevant to physical location, thus generate the integrated integrated image 125 at least comprising two enriched data projects 201 stored.The integrated image 125 created is the displayable form of web browser.In one embodiment, request processor 250 performs the above-mentioned processing procedure to the enriched data project 201 stored.This processes the response started from the request about specific physical location from request entity (such as, user interface 290) that visualization organization system 120 receives.Term used herein " process " refers to the process to request, comprising: according to the physical location mentioned in the request received, searches for the data items 201 stored; Select two or more with request about or the project of asking can be met in some way; These two data items 201 are integrated into integrated image 125.The access (advance or extract access) that integrated image (such as, integrated image 125) can be stored, be provided to request entity subsequently or the entity/position be sent to specified by request 241.In certain embodiments, data items accessor 210 is operation under request processor 250 controls, and accesses some data items 201 with satisfied request 241.

Can comprise the process of enriched data project 201: request processor 250 comprises the geographical space content presented with compressed image form (such as, small displays can show), this form can display size less than the full view of integrated image 125.That is, when two or more enriched data projects 201 by integrated time, (if necessary) relative to each other will carry out convergent-divergent by the part of integrated data items 201, the integrated image 125 of generation like this can show the correlated components of the two simultaneously.Fig. 6 A to Fig. 6 C provides such example.Using Fig. 6 C as an example, data items 430(planimetric map) be placed in data items 440(map scaled union space) 441 regions in.So, in this example, both map and buildings relative to each other carry out convergent-divergent, thus generate integrated image 125-3, it shows the geographical space content of map peace face figure (together with other geographical space locating information) in an integrated image 125-3 simultaneously, this integrated image 125-3 can watch and easily read/cooperatively interact on network browser display, and this does not need rolling or the convergent-divergent of (or may without any need for) display of essence.

The processing procedure that enriched data project 201 converts the displayable integrated image 125 of web browser to can comprise: visual image data items and the geographic position data project carrying out self locating device are associated by request processor 250.Integrated image 125-5 in Fig. 6 E shows such example, which show the geographic position data of container tracking data items 490, it is rendered as starlike link indicator CTD, is positioned at northwest in the visual field of aerial perspective diagram data project 470 by geographical space.

The processing procedure that enriched data project 201 converts the displayable integrated image 125 of web browser to can comprise: visual image data items associates with certain position on map by request processor 250.Integrated image 125-3 in Fig. 6 C is by showing that link indicator P2 shows such example, and link indicator P2 is reference by location indicator, is positioned at map photographs data items 480(northwest elevation drawing photo) physical location.As described above, the region that link indicator P2 may be selected in order to connection data project 480 by user annotates graphical usability.Be understandable that, when when asking to embedded in link indicator in processing procedure, the integrated image 125 produced not is a simple image file, as jpeg file, replace, another kind of file layout GeoJPEG can be used to support comprising of link indicator.

The processing procedure that enriched data project 201 converts the displayable integrated image of web browser 125 to can comprise: request processor 250 processed enriched data project 201 with the selected time period.Such time period restriction can be counted as a filtrator carrying out filtering based on the time.Time period restriction in request 241 can comprise the time period of number of days or the part in a day.As the response to such time restriction, request processor is only accessed those and is comprised the creation-time conformed to the selected time period or the enriched data project 201 embedding temporal information.Integrated image 125 produces from this restricted subset of data items.Be superimposed upon the subset of northwest to the quantity of precipitation information in aerial perspective diagram data project 470 by showing, the integrated image 125-5 in Fig. 6 E shows such a example.Such as, build the request quantity of precipitation information of physical location of 401 and the response of the request of container tracking data as to about on June 16th, 2010 to June 22, tilt-up, request processor 250 creates integrated image 125-5.Can see, by the filtration to the time, scene (such as, the scene that integrated image 125-5 is formed) starts to answer this kind of problem: " recall, we on next step decision that affect us, the global context/situation of certain specific time point has anything to understand? " " our people and assets are at that time all where? " " what they know/see? " " which type of at that time/present contrast is, which type of has change? "As expected, can with the data dependence of time restriction/filtration in addressable data.But, can see, so useful sight evidence obtaining be provided to the temporal filtering of scene, and the problem efficiently solving potential lawsuit and many complexity of user can be helped, such as this part thing be how to occur and where occur.

In one embodiment, user interface can comprise the timeline constraint interface of user-operable, such as one or more timeline slide block, this slide block allows user by cursor control device or other interface selection devices (such as, touch-screen) control slide block " crossing time " like a cork, thus data shown in the scene of advance or the integrated image formation that falls back.By this input end, user can indicate visualization organization system to filter the data in scene with the time.This makes visualization organization system enriched data project 201 can be converted into integrated image 125(or multiple integrated image), this integrated image 125 can make user can by time factor being applied to each data source of being integrated in integrated image and seeing how the whole scene about some situations develops.

The processing procedure that enriched data project 201 converts the displayable integrated image 125 of web browser to can comprise: request processor 250 accessing database, and this database comprises the design documentation of certain destination object physically.This kind of database can be contained in data-carrier store 230 or by data items accessor 210 and access (if information is extracted based on request 241).Then design documentation is associated (such as, being integrated in integrated image 125) with integrated image 125.Integrated image 125-1 in Fig. 6 F illustrates such example, and wherein the design data (Fig. 4 A) of data items 410 and the actual as-built information (Fig. 4 H) of data items 480 integrate.This processing procedure also can comprise the coming step in access project timetable, and is associated with coming step by integrated image 125.Integrated image 125-6 is by comprising the Extraction parts of the construction project schedule of the data items 450 of project timetable data 450A(Fig. 4 D), further illustrate the example comprising coming (being left) step.

The processing procedure that enriched data project 201 converts the displayable integrated image 125 of web browser to can comprise: the weather data of certain physical location of specifying in request processor 250 request of access 241.This request is perhaps general is perhaps detailed.General request only can ask the temperature of certain physical location.Detailed request can specify various details, the quantity of precipitation that such as certain physical location is measured within certain time period.Physical location can be appointed as an area (such as, state, county, town, postcode) or be formulated by coordinate information.Accessed weather data is associated with integrated image 125 subsequently.This association can be realized by the mechanism of such as link indicator, and the part also by form or graphical information being superposed to integrated image 125 realizes.In one embodiment, the weather data be associated with integrated image 125 comprises or contains a time period, in the request of this time period from the weather data to certain physical location.Fig. 6 D illustrates the quantity of precipitation measurement result providing certain region (such as, postcode or town) in a graphic format.Fig. 6 E illustrates provides a specified coordinate position, quantity of precipitation information within the one concrete period (16-22 day in June, 2010).

The processing procedure that enriched data project 201 converts the displayable integrated image of web browser 125 to can comprise: request processor 250 accesses the non-visualized data relevant to the geocoding path of certain machine when certain physical location performs the operation of specifying, and is associated with integrated image 125 in this geocoding path.Equally, the geocoding relevant to integrated image 125 can be carried out in the path of the destination object of moveable or movement and/or present/former position.Such path can be kept in daily record (as operation or trace log), and this daily record is formed by the source of report, and this report source and Architectural Equipment project or assets couple, described assets such as crane or other move or process the material of Architectural Equipment assets.Integrated image 125-7 in Fig. 6 G illustrate one so integrated.In integrated image 125-7, the path 610 of crane 486 is described on the region 441 of map together with planogram data project 430.Illustrated therein is starting point " B " and the terminal " E " in path.Request processor 250 clumps of crane operation daily record 485(Fig. 4 I) or similar daily record in visit data, for explaining path 610.Equally, in integrated image 125-5 in Fig. 6 E, show the picture material relative to integrated image 125-5 and sterically defined starlike link indicator CTD, for annotating the position of movable object object (container 471) and providing a link for container tracking data items 490.

The processing procedure that enriched data project 201 converts the displayable integrated image of web browser 125 to can comprise: the non-visualized data of request processor 250 accessing points cloud data mode, each data point be readily located geographically of cloud data represents each feature be associated with destination object, and destination object is such as the buildings, structure, natural scene etc. of certain physical location.If these points also do not have pretreated in image, then request processor 250 processes each point of cloud data, thus for these scanned or measured, play up or create visual display in order to the feature creating each data point.This image played up/create is associated with integrated image 125 subsequently.Data items 410(northwest of Fig. 4 A is to skeleton view) show the design drawing that tilt-up builds 401.In one embodiment, the image playing up generation from a cloud seems similar to Fig. 4 A, but depicts the actual building status of tilt-up building 401, instead of design point.Like this, with above description and the similar mode for integrated data project 410 described, request processor 250 processes and integrated point cloud chart picture.

The processing procedure that enriched data project 201 converts the displayable integrated image 125 of web browser to can comprise: request processor 250 is together with the data permission of asking or the data permission be associated with request, process enriched data project 201, this request causes the establishment of integrated image 125.Such as, in one embodiment, the enriched data project 201 only meeting data permission is accessed, for making integrated image 125.Data permission can give clearly in request 241, thus stops some use in the process and constructive process of integrated image 125.Data permission also can be intrinsic in request 241, and such as specific user does not have access rights perhaps to may have access to particular data project 201, and therefore those data 201 can not be accessed by requested processor 250.Give one example, perhaps a subcontractor has the right to use visualization organization system 120, but perhaps data permission can not comprise all available data.Such as, perhaps subcontractor is allowed to usage data project 450(project planner), but do not allow usage data project 465(or the data items 465 even discovered to exist), i.e. webmaster web's notebook record.

The processing procedure that enriched data project 201 converts the displayable integrated image of web browser 125 to can comprise: request processor 250 processes the enriched data project 201 relevant to certain physical location, thus the data items of format specific data type, can show in integrated image 125 with the type fashion of specifying in request.Such as, in one embodiment, the request 241 comprising the Rainfall estimation measurement result of certain physical location can ask this weather data to be shown as form data, graphical information or the link information representated by link indicator.Integrated image 125-3 in Fig. 6 C illustrates the example annotating the availability of weather data with link indicator W.Integrated image 125-4 in Fig. 6 D illustrates: with graph mode explaination weather data project 460 in integrated image.Integrated image 125-5 in Fig. 6 E illustrates: with the subset 460B of forms mode explaination weather data project 460 in integrated image.

In one embodiment, in operation 750, the method that process flow diagram 700 is explained comprises further: provide integrated image 125, using as request response.In one embodiment, the integrated image 125 produced is pushed to certain entity specified by requestor or request 241 or target.In another embodiment, the integrated image 125 produced is stored, and can be used for the extraction access of request entity or other entity.

By the method example of web browser visual display enriched data project

Fig. 8 is the process flow diagram 800 of the method example by web browser visual display enriched data project 201 according to an embodiment.For the ease of the operation of the method for explained flowchart 800, with reference to each key element quoted in Fig. 1 to Fig. 6 G.In one embodiment, the method for process flow diagram 800 has described out some application or instructions, for visiting or contact visualization organization system 120 by the use of user interface 290, to ask and/or Access Integration image 125.

In one embodiment, in operation 810, send the request 241 to the information about certain position from user interface.In one embodiment, as the response to the user's input received, user interface 290 sends request 241.User interface 290 can be positioned at the web browser had on the electronic equipment of display capabilities.Other specification and/or restriction can provide together with request 241 or as a part for request 241.Description together with the request generator 900 in Fig. 9 comes into question by numerous specifications and/or the example of restriction.

Fig. 9 illustrates the request generator 900 according to an embodiment, it be one for generating the user interface of request 241 for visualization organization system 120.Request generator 900 can the web browser of display on electronic computing device show, and inputs for user.Equally, request generator 900 application program that also can be serving web page (such as, from visualization organization system 120) or be positioned on consumer electronic devices.Request generator 900 at least comprises a physical location input field 910, also may comprise the data type input field 920 of one or more expectation and the selector switch of restriction 930.

Physical location input field 910 allows user with usual term (such as, state, county, city, town, postcode, township, etc.) input physical location, or input physical location with detailed term (such as several significant figure of at least two-dimentional (such as, latitude and longitude) coordinate).

If the data type input field 920(expected comprises) allow user to specify general or detailed desired data type, such as image, draws, form, or other various types of data, these data can be the data items 201 of resolving via visualization organization system 120 and identifying.Like this selection of data type is reduced to the scope of the request 241 of generation.

If restriction 930(comprises) equally can the scope of zoom-out request 241, and contribute to extraly or optionally providing further content in the request, for guiding visualization organization system 120 to the adjustment of the integrated image 125 of the generation result of request 241.Restriction 930 can be counted as the tool box of the operation of control or concentrated visualization organization system 120.The example of several restriction 931-937 is described to a drop-down list.One, own, do not have or some restriction 931-937 combination can in the embodiment of request generator 900.Other restriction also can be included in request generator 900 extraly or optionally.

Display format restriction 931 allows user to add display parameter in request 241.This kind of parameter can comprise resolution and the color characteristics of the display that web browser utilizes, for generating asked integrated image 125, or the displayable file type of specified network browser, or specify how to show some file type (such as, as list data, as link indicator, as image, as chart etc.).In one embodiment, user and display format limit 931 mutual, allow the explanation of the display parameter generating and sending the data items 201 for formaing a certain data type from web browser (together with request 241).In one embodiment, user and display format limit 931 mutual, allow the explanation generating and sending the measurement point for formaing a certain surveying work sequential file from web browser (together with request 241), this surveying work sequential file is played up on each geographic position of the measurement point on the displayable map of web browser.In one embodiment, user and display format limit 931 mutual, allow the explanation generated and sent from web browser (together with request 241) for formaing geo-code data file, the geographic position be associated on the displayable map of web browser shows these geo-code data files to some extent.In one embodiment, user and display format limit 931 mutual, allow to generate and send explanation from web browser (together with request 241), this explanation for extracting geo-code data point and these spaces of points being described in geographic position that the displayable map of web browser marks, that be associated with them from data structure.In one embodiment, user and display format limit 931 mutual, allow to generate and send (pulling together with request 241) from web browser (together with request 241) to illustrate, mode on geographic position that each be associated the display measurement point cloud data of this explanation for representing with raster image on the displayable map of web browser.

File layout restriction 932 allows user to specify one or more selected file type, and visualization organization system 120 intends these selected file types to be included in the integrated image 125 of generation.Data items 201 is resolved to numerous file layout by visualization organization system 120, and these all file layouts all can be designated and be included in integrated image 125.Such file layout restriction can be added in the middle of sent request 241.

Geographic picture restriction 933 allow users specify: from have GNSS function digital image capturing device geocoding jpeg file by with the link indicator for displaying of drawing pin or other shape on map, and other non-geographic coding jpeg file (such as, relevant but be not catch the image with geocoding by the digital image capturing device with GNSS function on geographical space to physical location) is then showed in specific conservation zone.In one embodiment, user and geographic picture limit 933 mutual, allow to generate and send for formaing geocoding JPEG(GeoJPEG from web browser (together with request 241)) explanation of file, be presented on each geographic position on the displayable map of web browser with selectable drawing pin to make this GeoJPEG file.

Geography file restriction 934 allow users specify: all geo-code data files are rendered as the link indicator of drawing pin or other shape on map, or be collected compile report or be present on map.Therefore, the geocoding file as DXF, DWG, KML, JPEG, GeoJPEG and GeoTIFF form (with other geo-code data form) is rendered as link indicator by the map of specifying physical location, or is collected and compiles report.In one embodiment, user and geography file limit 934 mutual, allowing the explanation that generates and sends from web browser (together with request 241) for formaing whole geographical coded file, being presented in each geographic position on the displayable map of web browser to make the link indicator of shape that is that this geocoding file is specified with selectable drawing pin or other or acquiescence.Fig. 5 B illustrates a geographical spatial data report 520, and Fig. 6 C shows the link indicator R that is linked to report 520.In one embodiment, user and geography file limit 934 mutual, allow the explanation generating and sending the whole geographical coded file for listing certain physical location from web browser (together with request 241).This report can be associated with the map of this physical location, and shows by web browser.Report 520 in Fig. 5 B provides an example of this report.

In one embodiment, weather restriction 935 allows user's appointment for showing the form of historical weather data and/or access and display current weather data.Weather restriction 935 allows users to specify some options, and as specified, historical weather data is list data, graph data or link indicator and/or specify the historical weather data comprising specific date/time scope in integrated image 125.In one embodiment, user and weather limit 935 mutual, allow the explanation generated and sent from web browser (together with request 241) for formaing geocoding weather data, on the relevant geographic position be presented on the displayable map of web browser to make this geocoding weather data.

In one embodiment, route restriction 936 allows user to specify: according to itinerary display geocoding route data (image, audio frequency, report place, receipt, activity log).Be understandable that, the equipment of such as mobile phone being equipped with GNSS receiver and so on can provide some or all to form the data items 201 of geocoding route data.Route restriction 936 also allows user to specify: be included in integrated image 125 by the data items 201 received from certain particular source.In one embodiment, user and route limit 936 mutual, allow from web browser (together with request 241), generate and send the explanation showing the geocoding route data recorded for the relevant geographic position on the displayable map of web browser.This kind of travel data can comprise route, one or more recorded recording, the video that records, and the image relevant to each geographic location of this route.

In one embodiment, follow the tracks of restriction 937 and allow to follow the tracks of the current of people or project (container, equipment, vehicle, etc.) and/or historical position, thus can optionally show.Be understandable that, the device of such as mobile phone or position message equipment and so on can provide the data items 201 of some or all formation geocoding tracking datas.User is mutual with tracking restriction 937, allows to generate and send explanation from web browser (together with request 241), and this explanation is for being presented at the description to the real-time of tracing object and/or historical geography position on the displayable map of web browser.

In one embodiment, in operation 820, as the response of the request to information, request interface receives integrated image 125.Integrated image 125 is formatted as by asking web browser to carry out the form shown.Integrated image 125 is also formatted as and comprises any request msg and defer to any request restriction.In one embodiment, integrated image 125 with method described above establishment herein by visualization organization system 120, is therefore through and generates the processing process of multiple enriched data projects 201 relevant to the physical location of specifying in request 241.In addition, the integrated image 125 received at least comprises the integrated of two enriched data projects 201 relevant to the physical location of specifying in request 241 stored in advance.In addition, in certain embodiments, more data items 201 can be accessed and integrated, comprising current data items 201 not in data-carrier store 230.Data store the enriched data project 201 stored in 230 and at least comprise a non-visualized data project and a visual image data items.As described previously, geographical spatial data is associated with each data items in the enriched data project 201 be stored in data-carrier store 230.

In one embodiment, in operation 830, the received integrated image 125 created as the response to information request shows the web browser of information request by have issued.This display being included in the electronic equipment running web browser shows integrated image 125.

Computing system environments example

Refer now to Figure 10, all or part embodiment described herein is all made up of computer-readable and computer executable instructions, and these instructions are present in the computing machine of such as computer system can with in/computer-readable storage medium.That is, Figure 10 illustrates the computing machine (computer system 1000) of a type, and it can come practical according to various embodiment described herein or perform various embodiment described herein.Be understandable that, the computer system 1000 in Figure 10 is an example, and embodiment described herein can in many different computer systems or interior execution, include but are not limited to:: general-purpose network computer system, embedded computer system, router, switch, server apparatus, subscriber equipment, various intermediate equipment/node, stand alone computer system, Distributed Computer System, media center, hand hand computer system, multimedia equipment, etc.Computer system 1000 in Figure 10 be applicable to very much having the periphery coupled with it, the computer-readable medium 1002 of non-momentary, these media comprise floppy disk, CD, digital versatile disc, other optical disc memory, USB (universal serial bus) " thumb " dish, mobile memory card etc.

System 1000 in Figure 10 comprises the address/data bus 1004 for transmitting information, and the processor 1006A coupled with bus 1004, for the treatment of information and instruction.As shown in Figure 10, system 1000 is highly suitable for multi-processor environment equally, and this multi-processor environment comprises multiple processor 1006A, 1006B and 1006C.On the contrary, system 1000 is also well suited for single processor, such as processor 1006A.Processor 1006A, 1006B and 1006C can be any one in various types of microprocessor.System 1000 also comprise such as computer usable volatile memory 1008(such as, random-access memory (ram)) and so on data storage features, itself and bus 1004 couple, and store the information for the treatment of device 1006A, 1006B and 1006C and instruction.

System 1000 also comprise computing machine can nonvolatile memory 1010, such as, ROM (read-only memory) (ROM), itself and bus 1004 couple, and store the static information for the treatment of device 1006A, 1006B and 1006C and instruction.Data storage cell 1012(is also comprised such as, disk or CD, and disk drive in system 1000), data storage cell 1012 and bus 1004 couple, for storing information and instruction.System 1000 also comprises optional Alphanumeric Entry Device 1014(and comprises alphanumeric and function key), Alphanumeric Entry Device 1014 and bus 1004 couple, for processor 1006A or processor 1006A, 1006B and 1006C transmission of information and instruction are selected.System 1000 also comprises optional cursor control device 1016, and cursor control device 1016 and bus 1004 couple, for processor 1006A or processor 1006A, 1006B and 1006C transmit user's input information and instruction selection.In one embodiment, system 1000 also comprises optional display device 1018, and display device 1018 and bus 1004 couple, for showing information.

Continuing with reference to the optional display device 1018 in Figure 10, Figure 10 can be liquid crystal apparatus, cathode-ray tube (CRT), plasma display panel device or other applicable display device creating the discernible graph image of user and alphanumeric character.Optional cursor control device 1016 allows computer user dynamically to signal to the mobile of the visicode (cursor) on the display screen of display device 1018, and points out that user is to the selection done by selectable items shown on display device 1018.The enforcement of a lot of cursor control device 1016 is all known by art, comprise the special key on tracking ball, mouse, touch pad, operating rod or Alphanumeric Entry Device 1014, these special key can control movement or the move mode of assigned direction.As selection, be understandable that, can control by the input using special key and keystroke sequence order to obtain from Alphanumeric Entry Device 1014 and/or activate cursor.System 1000 can also control cursor by other method, such as, and voice activated command.System 1000 also comprises the I/O equipment 1020 external entity and system 1000 coupled.Such as, in one embodiment, I/O equipment 1020 is modulator-demodular unit, for setting up wired or wireless communication between system 1000 and external network (such as, but not limited to, the Internet).

Continue, with reference to Figure 10, to depict other parts multiple of system 1000.Particularly (if existence), illustrate operating system 1022, application program 2014, module 1026 and data 1028, they usually reside in one or more computing machine can volatile memory 1008(such as, RAM), computing machine can nonvolatile memory 1010(such as, ROM), in the combination of data storage cell 1012.In certain embodiments, the part or all of of embodiment as described herein is such as stored as application program 1024 and/or module 1026, is stored in the memory location in the computer readable storage medium in the storage unit of RAM1008, data storage cell 1012, peripheral computer readable storage medium 1002 and/or other tangible computer readable storage medium.

Above for the description of specific embodiment, object is explaination and describes these embodiments.These embodiments are not want exhaustive for current technology or be limited in disclosed accurate form, and obviously, can carry out many modifications and variations according to described instruction.These embodiments selected and describe, be the principle in order to better explain current techniques and practical application thereof, thus enable other technician in this area utilize presented technology better and adapt to the embodiment with various amendment of specific use.

All key elements as described herein, parts and step are all preferred.Be understandable that, in these key elements, parts and step any one all likely by other key element, parts and step substitute or all delete, this is apparent for those of skill in the art.

Briefly, there is disclosed herein following content.In a kind of method of organizational information, multiple enriched data project is accessed.These enriched data projects are relevant to physical location.Accessed enriched data project at least comprises a non-visualized data project and a visual image data items, and comprises the geographical spatial data be associated with each accessed data items.According to data type to enriched data items analyzing, and be stored in data-carrier store by enriched data project, like this, the geographical spatial data that enriched data project can be associated by one or more with independent data items is accessed.Process the enriched data project be associated with physical location, to create the displayable integrated image of web browser.Such process occurs as to the response of the request about physical location received.Integrated image comprises the integrated of at least two enriched data projects be stored.

As simple summary, main concept is below disclosed herein.

The method of concept 1. 1 kinds of organizational informations, described method comprises:

Multiple enriched data projects of access Physics position, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project, and described enriched data project at least comprises a non-visualized data project and a visual image data items;

Based on data type, described enriched data project is resolved;

Described enriched data project is stored in data-carrier store, each enriched data project can be accessed by one or more described geographical spatial datas associated with it;

And

As the response to the request received about described physical location, process the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser, described integrated image comprises the integrated of the enriched data project be stored described at least two.

Method described in concept 2. concept 1, also comprises:

Based on the data type of the determination of each enriched data project, pre-service is carried out to described enriched data project.

Method described in concept 3. concept 1, also comprises and provides described integrated image as the response to described request.

Method described in concept 4. concept 1, wherein said " multiple enriched data projects of access Physics position, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project " also comprise:

Access the creation-time data be associated with enriched data project described at least one in addition.

Method described in concept 5. concept 1, wherein said " multiple enriched data projects of access Physics position " also comprise:

At least one non-visualized data project is accessed from image capture device.

Method described in concept 6. concept 1, wherein said " accessing the multiple enriched data projects about managing position " also comprises:

Access the list data project relevant to geographic position.

Method described in concept 7. concept 1, wherein said " multiple enriched data projects of access Physics position " also comprise:

Access at least one non-visible sensor data items from positioning equipment, at least one described non-visible sensor data items comprises the three-dimensional coordinate information of the one or more points relevant to described physical location.

Method described in concept 8. concept 1, wherein said " multiple enriched data projects of access Physics position, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project " comprising:

Access data items described at least one, wherein said geographical spatial data associated therewith comprises the position data of the actual building status of the destination object of described physical location.

Method described in concept 9. concept 1, wherein said " access the multiple enriched data projects about managing position, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project " comprising:

Access data items described at least one, wherein said geographical spatial data associated therewith comprises the position data be associated with the design of the destination object designed for described physical location.

Method described in concept 10. concept 1, wherein said " multiple enriched data projects of access Physics position, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project " comprising:

Access data items described at least one, wherein said geographical spatial data associated therewith comprises the position data of the difference between the actual building status of the destination object highlighting described physical location and the design of described destination object.

Method described in concept 11. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " being comprised:

Comprise geographical space content, this geographical space content is to have less than the full view of described integrated image can the compressed image form of display size presenting.

Method described in concept 12. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " being comprised:

By described visual image data items and the geographic location association received from locating device, to create geo-location image.

Method described in concept 13. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " being comprised:

Described visual image data items is associated with position on map.

Method described in concept 14. concept 13, wherein said " being associated with position on map by visual image data items " comprising:

Create between described visual image data items and the reference by location indicator on described map and link.

Method described in concept 15. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " being comprised:

Process described enriched data project in conjunction with fixed time section, make the enriched data project that only has establishment that conform to fixed time section, that be associated or embed temporal information accessed, in order to produce described integrated image.

Method described in concept 16. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Access comprises the database of the design documentation of the destination object in described geographic position; And

Described design documentation is associated with described integrated image.

Method described in concept 17. concept 16, wherein said " access design documentation " also comprises:

The forthcoming step in PROJECT TIME list file is built in access: and

Described forthcoming step is associated with described integrated image.

Method described in concept 18. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Prepare the report describing the geocode information be associated with described physical location in detail;

And

Described report and described integrated image are associated.

Method described in concept 19. concept 18, wherein said " preparing the report describing the geocode information be associated with described physical location in detail " comprising:

Prepare described report to present described geocode information, its form is selected from the form group that DXF, DWG, KML, GeoTIFF, GeoJPEG form.

Method described in concept 20. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Access the weather data of described physical location; And

Described weather data is associated with described integrated image.

Method described in concept 21. concept 20, wherein said " accessing the weather data of described physical location " comprising:

Only association is included in the described weather data of the fixed time section received in the described request about described physical location.

Method described in concept 22. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Create the annotation be placed in described integrated image.

Method described in concept 23. concept 22, wherein said " creating a series of annotation be placed in described integrated image " comprising:

Create described annotation, wherein said annotation is selected from a group icon, and a described group icon comprises packaged in advance form for showing letter symbol and packaged shape in advance.

Method described in concept 24. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Access the non-visualized data about the geo-location path of machine when described physical location performs assigned operation; And

Described geo-location path is associated with described integrated image.

Method described in concept 25. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Access to the current of moveable destination object with the relevant non-visualized data in front position; And

Be associated by described integrated image and the described current of described destination object with one or more in front position, described destination object conforms to described physical location.

Method described in concept 26. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Access the non-visualized data about the details of operation of machine when described physical location performs assigned operation; And

Described details of operation is associated with described integrated image.

Method described in concept 27. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Access the non-visualized data of the some cloud form of geographical fix data points, these data points represent the feature be associated with the destination object of described physical location;

Process described some cloud to create the visual display of described feature; And

Described feature is associated with described integrated image.

Method described in concept 28. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " being comprised:

Data permission in conjunction with described request processes described enriched data project, thus the enriched data project only meeting described data permission is accessed, for generation of described integrated image.

Method described in concept 29. concept 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " being comprised:

Process the described enriched data project relevant to described physical location, thus the treated data items of format specific data type, with can in described integrated image with described request in the mode of specifying show.

Concept 30. 1 kinds stores the non-momentary computer readable storage medium of computer-readable instruction, and the execution of this computer-readable instruction impels computer system to perform the method for organizational information, and described method comprises:

Access the multiple enriched data projects relevant to physical location, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project, and described enriched data project at least comprises a non-visualized data project and a visual image data items;

Based on data type, described enriched data project is resolved;

Based on the data type of the determination of each data items, pre-service is carried out to described enriched data project; And

Described pretreated enriched data project is stored in data-carrier store, each pretreated enriched data project described can be accessed by one or more geographical spatial datas associated with it.

Computer readable storage medium described in concept 31. concept 30, wherein said " access the multiple enriched data projects relevant to physical location, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project " also comprises:

Access the creation-time data be associated with enriched data project described at least one in addition.

Computer readable storage medium described in concept 32. concept 30, wherein said " accessing the multiple enriched data projects relevant to physical location " comprising:

At least one non-visualized data project is accessed from image capture device.

Computer readable storage medium described in concept 33. concept 30, wherein said " accessing the multiple enriched data projects relevant to physical location " comprising:

Access the list data project relevant to geographic position.

Computer readable storage medium described in concept 34. concept 30, wherein said " accessing the multiple enriched data projects relevant to physical location " comprising:

Access at least one non-visible sensor data items from positioning equipment, at least one described non-visible sensor data items comprises the three-dimensional coordinate information of the one or more points relevant to described geographic position.

Computer readable storage medium described in concept 35. concept 30, wherein said " access the multiple enriched data projects relevant to physical location, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project " comprising:

Access data items described at least one, wherein said geographical spatial data associated therewith comprises the position data of the actual building status of the destination object of described physical location.

Computer readable storage medium described in concept 36. concept 30, wherein said " access the multiple enriched data projects relevant to physical location, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project " comprising:

Access data items described at least one, wherein said geographical spatial data associated therewith comprises the position data be associated with the design of the destination object designed for described physical location.

Computer readable storage medium described in concept 37. concept 30, wherein said " access the multiple enriched data projects relevant to physical location, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project " comprising:

Access data items described at least one, wherein said geographical spatial data associated therewith comprises the position data of the difference between the actual building status of the destination object highlighting described physical location and the design of described destination object.

Computer readable storage medium described in concept 38. concept 30, wherein said " based on the data type of the determination of each data items, carrying out pre-service to described enriched data project " also comprises:

It is an independent digital document by dissimilar multiple enriched data projects combos.

Concept 39. 1 kinds of information organizing systems, described system comprises:

Data items accessor, for accessing the multiple enriched data projects relevant to physical location, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project, and described enriched data project at least comprises a non-visualized data project and a visual image data items;

Data type resolver, for resolving described enriched data project based on data type;

Pretreater, for the data type of the determination based on each enriched data project, carries out pre-service to described enriched data project;

Data-carrier store, for storing described pretreated enriched data project, each pretreated enriched data project described of formula can be accessed by described geographical spatial data associated with it;

Request receiver, for receiving the request about described physical location; And

Request processor, for the treatment of the described enriched data project relevant to described geographic position, to produce the integrated image that can be shown by web browser, described integrated image comprises the integrated of the enriched data project be stored described at least two.

System described in concept 40. concept 39, wherein said request processor is also for the treatment of the described enriched data project relevant to described physical location, thus the treated data items of format specific data type, with can in described integrated image with described request in the mode of specifying show.

Concept 41. 1 kinds shows the method for enriched data visually by web browser, described method comprises:

The request to the information about a physical location is sent from described web browser; And

As to the response sending described request, receive formatted with the integrated image shown by described web browser, described integrated image obtains by the process of multiple enriched data projects relevant to described physical location, described integrated image comprises the integrated of at least two enriched data projects relevant to described physical location stored in advance, the enriched data project of wherein said storage at least comprises a non-visualized data project and a visual image data items, wherein geographical spatial data is associated with each data items in the enriched data project of described storage, and

Described integrated image is shown by described web browser.

Method described in concept 42. concept 41, wherein said " sending the request to the information about a physical location from web browser " also comprises:

The explanation to the request of the information about described physical location and the display parameter for the described data items that formats specific data type is sent from described web browser.

Method described in concept 43. concept 42, wherein said " sending the explanation of the display parameter of the described data items for formaing specific data type " comprising:

Send described explanation to format Joint Photographic Experts Group (GeoJPEG) file of geocoding, the optional drawing pin on the described geographic position on the map shown to enable these GeoJPEG files be depicted as to be placed in web browser.

Method described in concept 44. concept 42, wherein said " sending the explanation of the display parameter of the described data items for formaing specific data type " comprising:

Send described explanation, to format each measurement point of surveying work sequential file, to enable these measurement points by each geographic position of described measurement point of playing up on the map that shows to web browser.

Method described in concept 45. concept 42, wherein said " sending the explanation of the display parameter of the described data items for formaing specific data type " comprising:

Send described explanation, to format geo-code data file, on geographic position relevant on these geo-code data files are depicted in map that web browser shows.

Method described in concept 46. concept 42, wherein said " sending the explanation of the display parameter of the described data items for formaing specific data type " comprising:

Send described explanation, to format geocoding weather data, be depicted on geographic position relevant on the map that web browser shows to enable these geocoding weather datas.

Method described in concept 47. concept 42, wherein said " sending the explanation of the display parameter of the described data items for formaing specific data type " comprising:

Send described explanation, to extract geo-code data point from data structure, and described data point is depicted on geographic position relevant on map that web browser can show as mark.

Method described in concept 48. concept 42, wherein said " sending the explanation of the display parameter of the described data items for formaing specific data type " comprising:

Send described explanation, so that the map that can show at web browser to show representing of object to be tracked on the real time position of object to be tracked.

Method described in concept 49. concept 42, wherein said " sending the explanation of the display parameter of the described data items for formaing specific data type " comprising:

Send described explanation, with on the relevant geographic position on the map that can show at web browser with the mode display measurement point cloud data that raster image represents.

Method described in concept 50. concept 42, wherein said " sending the explanation of the display parameter of the described data items for formaing specific data type " comprising:

Send described explanation, the geocoding be recorded route data to be presented on geographic position relevant on map that web browser can show, wherein said route data comprise route and one or more audio recording, videograph and the image relevant to each geographic position of described route.

Claims (32)

1. a method for organizational information, described method comprises:

Multiple enriched data projects of access Physics position, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project, and described enriched data project at least comprises a non-visualized data project and a visual image data items; Described non-visualized data project comprises global navigation satellite system GNSS satellite location data;

Based on data type, described enriched data project is resolved;

Described enriched data project is stored in data-carrier store, each enriched data project can be accessed by one or more described geographical spatial datas associated with it; And

As the response to the request received about described physical location, process the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser, described integrated image comprises the integrated of the different pieces of information project be stored described at least two;

Described integrated image be included in the shooting time of described visual image data items and place, GNSS satellite in the visual field that described visual image data items surrounds analog position to illustrate in described GNSS satellite that whether to have any GNSS satellite unobstructed or stopped in the shooting time of described visual image data items and place, in the visual field that described visual image data items surrounds.

2. method according to claim 1, also comprises:

Based on the data type of the determination of each enriched data project, pre-service is carried out to described enriched data project.

3. method according to claim 1, also comprises and provides described integrated image as the response to described request.

4. method according to claim 1, wherein said " multiple enriched data projects of access Physics position, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project " also comprise:

Access the creation-time data be associated with enriched data project described at least one in addition.

5. method according to claim 1, wherein said " multiple enriched data projects of access Physics position " also comprise:

At least one non-visualized data project is accessed from image capture device.

6. method according to claim 1, wherein said " multiple enriched data projects of access Physics position " also comprise:

Access the list data project relevant to geographic position.

7. method according to claim 1, wherein said " multiple enriched data projects of access Physics position " also comprise:

Access at least one non-visible sensor data items from positioning equipment, at least one described non-visible sensor data items comprises the three-dimensional coordinate information of the one or more points relevant to described physical location.

8. method according to claim 1, wherein said " multiple enriched data projects of access Physics position, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project " comprising:

Access data items described at least one, wherein said geographical spatial data associated therewith comprises the first view data of the actual building status of the destination object of described physical location; And

Access data items described at least one, wherein said geographical spatial data associated therewith comprises the second view data of the design of described destination object, and wherein said process comprises:

Described first view data is overlapping with described second view data; And

Adjust the opacity of at least one in described first view data and described second view data, thus realize the overlap of described first view data and described second view data when not making the content viewable of described first view data and described second view data fuzzy.

9. method according to claim 1, wherein said " multiple enriched data projects of access Physics position, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project " comprising:

Access data items described at least one, wherein said geographical spatial data associated therewith comprises the position data be associated with the design of the destination object designed for described physical location.

10. method according to claim 1, wherein said " multiple enriched data projects of access Physics position, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project " comprising:

Access data items described at least one, wherein said geographical spatial data associated therewith comprises the position data of the difference between the actual building status of the destination object highlighting described physical location and the design of described destination object.

11. methods according to claim 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " being comprised:

Comprise geographical space content, this geographical space content is to have less than the full view of described integrated image can the compressed image form of display size presenting.

12. methods according to claim 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " being comprised:

By described visual image data items and the geographic location association received from locating device, to create geo-location image.

13. methods according to claim 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " being comprised:

Described visual image data items is associated with position on map.

14. methods according to claim 13, wherein said " being associated with position on map by visual image data items " comprising:

Create between described visual image data items and the reference by location indicator on described map and link.

15. methods according to claim 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " being comprised:

Process described enriched data project in conjunction with fixed time section, make the enriched data project that only has establishment that conform to fixed time section, that be associated or embed temporal information accessed, make described integrated image in order to produce.

16. methods according to claim 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Access comprises the database of the design documentation of the destination object of described physical location; And

Described design documentation is associated with described integrated image.

17. methods according to claim 16, wherein said " access design documentation " also comprises:

The forthcoming step in PROJECT TIME list file is built in access: and

Described forthcoming step is associated with described integrated image.

18. methods according to claim 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Prepare the report describing the geocode information be associated with described physical location in detail; And

Described report and described integrated image are associated.

19. methods according to claim 18, wherein said " preparing to describe the geocode information be associated with described physical location in detail to report " comprising:

Prepare described report to present described geocode information, its form is selected from the form group that DXF, DWG, KML, GeoTIFF, GeoJPEG form.

20. methods according to claim 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Access the weather data of described physical location; And

Described weather data is associated with described integrated image.

21. methods according to claim 20, wherein said " accessing the weather data of described physical location " comprising:

Only association is included in the described weather data of the fixed time section received in the described request about described physical location.

22. methods according to claim 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Create the annotation be placed in described integrated image.

23. methods according to claim 22, wherein said " creating a series of annotation be placed in described integrated image " comprising:

Create described annotation, wherein said annotation is selected from a group icon, and a described group icon comprises packaged in advance form for showing letter symbol and packaged shape in advance.

24. methods according to claim 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Access the non-visualized data about the geo-location path of machine when described physical location performs assigned operation; And

Described geo-location path is associated with described integrated image.

25. methods according to claim 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Access to the current of moveable destination object with the relevant non-visualized data in front position; And

Be associated by described integrated image and the described current of described destination object with one or more in front position, described destination object conforms to described physical location.

26. methods according to claim 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " is also comprised:

Access the non-visualized data about the details of operation of machine when described physical location performs assigned operation; And

Described details of operation is associated with described integrated image.

27. methods according to claim 1, wherein said " processing the described enriched data project relevant to described geographic position, to produce the integrated image that can be shown by web browser " is also comprised:

Access the non-visualized data of the some cloud form of geographical fix data points, these data points represent the feature be associated with the destination object of described physical location;

Process described some cloud to create the visual display of described feature; And

Described feature is associated with described integrated image.

28. methods according to claim 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " being comprised:

Data permission in conjunction with described request processes described enriched data project, thus the enriched data project only meeting described data permission is accessed, for generation of described integrated image.

29. methods according to claim 1, wherein said " processing the described enriched data project relevant to described physical location, to produce the integrated image that can be shown by web browser " being comprised:

Process the described enriched data project relevant to described physical location, thus the treated data items of format specific data type, with can in described integrated image with described request in the mode of specifying show.

30. methods according to claim 2, wherein said " based on the data type of the determination of each enriched data project, carrying out pre-service to described enriched data project " also comprises:

It is an independent digital document by dissimilar multiple enriched data projects combos.

31. 1 kinds of information organizing systems, described system comprises:

Data items accessor, for accessing the multiple enriched data projects relevant to physical location, described enriched data project comprises the geographical spatial data be associated with each data items of described enriched data project, and described enriched data project at least comprises a non-visualized data project and a visual image data items; Described non-visualized data project comprises global navigation satellite system GNSS satellite location data;

Data type resolver, for resolving described enriched data project based on data type;

Pretreater, for the data type of the determination based on each enriched data project, carries out pre-service to described enriched data project;

Data-carrier store, for storing described pretreated enriched data project, makes each pretreated enriched data project described can be accessed by described geographical spatial data associated with it;

Request receiver, for receiving the request about described physical location; And

Request processor, for the treatment of the described enriched data project relevant to described geographic position, to produce the integrated image that can be shown by web browser, described integrated image comprises the integrated of the enriched data project be stored described at least two;

Described integrated image be included in the shooting time of described visual image data items and place, GNSS satellite in the visual field that described visual image data items surrounds analog position to illustrate in described GNSS satellite that whether to have any GNSS satellite unobstructed or stopped in the shooting time of described visual image data items and place, in the visual field that described visual image data items surrounds.

32. systems according to claim 31, the different pieces of information project be stored described in wherein said at least two comprise the second image of the first image of the actual building status of the destination object of described physical location and the design of described destination object and wherein said request processor also for described first image is overlapping with described second image; And the opacity of at least one adjusted in described first image and described second image, thus realize the overlap of described first image and described second image when not making the content viewable of described first image and described second image fuzzy.